Master Study in Project Management & BIM Technology

BIM Technology overview

The architecture, engineering, and construction (AEC)
industry’s digital revolution is based on building information modeling (BIM).
It is Autodesk’s mission to help businesses and the built environment achieve
greater efficiency and productivity through the use of BIM.

When it comes to creating and managing information for constructed assets, Building Information Modeling (BIM) is the entire approach. BIM creates a digital representation of an asset throughout its existence, from planning and design to building and operation, based on an intelligent model and made possible by a cloud platform.

 

BIM technology-based services

Technology is king in today's digital world, and your firm is no exception. If you want to unleash the full potential of your organization, you need a flexible and adaptable technology infrastructure. A full BIM ecosystem tailored to your company's specific demands is built and adopted by us so that you can realize your vision of total digital transformation!

Only by enrolling in our program will you be able to realize your goals. If you decide to join us, please know that we will be grateful and happy to have you.

Eligibility b.tech/ ITI surveyor or any graduate

3 TO 6 MONTH  DURATION 

Offline / Online 

Student Placement

Syllabus of BIM Technology

        OUR COURSES 

PROJECT MANAGEMENT AND BIM TECHNOLOGY

 

COURSE CONTENT

 

1. Introduction to BIM and Autodesk Revit

a.BIM and autodesk REVIT

b.overview of the interface

c.starting projects

d.viewing commands

2. Basic sketching and modify tools

a.using general sketching tools

b.inserting components

c.selecting and editing elements

d.working with basic modify tools

e.working with additional modify tools

3. starting systems projects

a.linking and importing CAD 

files

b.linking in Revit models

c.setting up levels

d.copying and monitoring elements

e.coordinating linked models

f.batch copying fixtures

4. working with views

a.modifying the view display

b.duplicating views

c.adding callout views

d.creating elevations and sections

5. setting up spaces

a.preparing a model for spaces

b.Adding spaces

c.working with spaces

6. Heating and cooling loads analysis

a.creating zones

b.applying color schemes

c.analyzing the heating and cooling loads

7. Basic system tools

a.connecting components

b.creating system-overview

8. HVAC NETWORKS

a.Adding mechanical equipment and air terminals

b.adding ducts and popes

c.modifying ducts and pipes

9. Plumbing networks

a.Adding plumbing fixtures and equipment

b.adding plumbing popes

c.modifying plumbing popes

d.adding fire protection networks

10. Advanced system for HVAC and plumbing

a.creating and modifying systems

b.creating Automatic layouts

c.testing systems

11. Electrical systems

a.about electrical systems

b.placing electrical components

c.creating electrical circuits

d.setting up panel schedules

e.adding cable trays and conduit

f.testing electrical layouts

12. creating construction documents

a.setting up sheets

b.placing and modifying views on sheets

c.printing sheets

13. Annotating construction documents

a.working with dimensions

b.working with text

c.adding details lines and symbols

d.creating legends

14. Adding tags and schedules

a.adding tags

b.working with schedules

15. Creating details

a.setting up detailed views

b.adding detail components

c.annotating details

 

REVIT ARCHITECTURE

 

Introduction to BIM and Autodesk Revit

1.BIM and Autodesk REVIT

2. Overview of the interface

3. starting projects

4. viewing commands

BASIC DRAWING AND MODIFY TOOLS

1. Using general drawing tools

2. Editing elements

3. working with basic modify tools

4. working with additional modify tools

SETTING UP LEVELS AND GRIDS

1. Setting up levels

2. creating structural grids

3.adding columns

4. linking and importing CAD files

5. design development phase

MODELING WALLS

1. Modeling walls

2. Modifying walls

WORKING WITH DOORS AND WINDOWS

1. Inserting doors and windows

2. loading door and window types from the library

3. creating additional door and window sizes

WORKING WITH CURTAIN WALLS

1. Creating curtain walls

2. adding curtain grids

3. working with curtain wall panels

4. attaching mullions to curtain grids

WORKING WITH VIEWS

1. Setting the view display

2. Duplicating views

3. adding callout views

4. elevations and sections

ADDING COMPONENTS

1. Adding components

2. modifying components

MODELING FLOORS

1. Modeling floors

2. creating shaft openings

3. creating sloped floors

MODELING CEILINGS

1. Modeling ceilings

2. Adding ceiling fixtures

3. creating ceiling soffits

MODELING ROOFS

1. Modeling roofs

2. creating roofs by footprint

3. Establishing work planes

4. creating roofs by extrusion

MODELING STAIRS, RAILINGS, AND RAMPS

1. Creating component stairs

2. modifying component stairs

3. working with railings

4. sketching custom stairs

5.creating ramps

5. construction documents phase

CREATING CONSTRUCTION DOCUMENTS

1. Setting up sheets

2. placing and modifying views on sheets

3. Printing sheets

ANNOTATING CONSTRUCTION DOCUMENTS

1. Working with dimensions

2. working with text

3. adding detail lines and symbols

4. creating legends

ADDING TAGS AND SCHEDULES

1. Adding tags

2. adding rooms and tags

3. working with schedules

CREATING DETAILS

1. Setting up detailed views

2. adding detail components

3. annotating details

4. keynoting and keynote legends

INTRODUCTION TO WORKSETS

1. Introduction to worksets

ADDITIONAL TOOLS

1. Reusing selection sets

2. wall sweeps and reveals

3. creating curtain wall types with automatic grids

4. enhancing views

5. creating dormers

6. working with guide grids on sheets

7. revision tracking

8. annotating dependent views

9. Importing and exporting schedules

10. creating building component schedules

11. creating a repeating detail

REVIT STRUCTURE-CONCRETE AND STEEL

 

INTRODUCTION TO BIM AND AUTODESK REVIT

 

1.BIM and AUTODESK Revit

2. overview of the interface

3. starting project

4. viewing commands

 

BASIC SKETCHING AND MODIFY TOOLS

1. using general sketching tools

2. editing elements

3. working with basic modify tools

4. working with additional modify tools

 

STARTING STRUCTURAL PROJECTS

1. Linking and importing CAD files

2. linking in REVIT models

3. setting up levels

 

STRUCTURAL GRIDS AND COLUMNS

1. Adding structural grids

2. placing structural columns

 

FOUNDATIONS

1. Modeling walls

2. adding wall footings

3. creating piers and pilasters

4. adding isolated footings

 

STRUCTURAL FRAMING

1. Modeling structural framing

2. modifying structural framing

3.adding trusses

 

WORKING WITH VIEWS

1. Setting the view display

2. duplicating views

3. adding callout views

4. elevations and sections

 

ADDING STRUCTURAL SLABS

1. Modeling structural slabs

2. creating shaft openings

 

STRUCTURAL REINFORCEMENT

1. Structural reinforcement

2.adding rebar

3. modifying rebar

4. reinforcing walls, floors, and slabs

 

STRUCTURAL ANALYSIS

1. Preparing projects for structural analysis

2. viewing analytical models

3. adjusting analytical models

4. placing loads

CREATING CONSTRUCTION DOCUMENTS

1. Setting up sheets

2. Placing and modifying views on sheets

3. printing sheets

 

ANNOTATING CONSTRUCTION DOCUMENTS

1. Working with dimensions

2. working with text

3. adding tags

4. adding detail lines and symbols

5. creating legends

CREATING DETAILS

1. Setting up detailed views

2. adding detail components

3. annotating details

SCHEDULING

1. Structural schedules

2. graphical column schedules

3. working with schedules

1. Introduction to BIM and Autodesk Revit

a.BIM and autodesk REVIT

b.overview of the interface

c.starting projects

d.viewing commands

2. Basic sketching and modify tools

a.using general sketching tools

b.inserting components

c.selecting and editing elements

d.working with basic modify tools

e.working with additional modify tools

3. starting systems projects

a.linking and importing CAD 

files

b.linking in Revit models

c.setting up levels

d.copying and monitoring elements

e.coordinating linked models

f.batch copying fixtures

4. working with views

a.modifying the view display

b.duplicating views

c.adding callout views

d.creating elevations and sections

5. setting up spaces

a.preparing a model for spaces

b.Adding spaces

c.working with spaces

6. Heating and cooling loads analysis

a.creating zones

b.applying color schemes

c.analyzing the heating and cooling loads

7. Basic system tools

a.connecting components

b.creating system-overview

8. HVAC NETWORKS

a.Adding mechanical equipment and air terminals

b.adding ducts and popes

c.modifying ducts and pipes

9. Plumbing networks

a.Adding plumbing fixtures and equipment

b.adding plumbing popes

c.modifying plumbing popes

d.adding fire protection networks

10. Advanced system for HVAC and plumbing

a.creating and modifying systems

b.creating Automatic layouts

c.testing systems

11. Electrical systems

a.about electrical systems

b.placing electrical components

c.creating electrical circuits

d.setting up panel schedules

e.adding cable trays and conduit

f.testing electrical layouts

12. creating construction documents

a.setting up sheets

b.placing and modifying views on sheets

c.printing sheets

13. Annotating construction documents

a.working with dimensions

b.working with text

c.adding details lines and symbols

d.creating legends

14. Adding tags and schedules

a.adding tags

b.working with schedules

15. Creating details

a.setting up detailed views

b.adding detail components

c.annotating details

 

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Inventions in technology

MEP, architecture, and engineering organizations in India can come to us for all of their needs. In addition to 3D BIM, point cloud to BIM and CAD services, Scan to BIM, Revit BIM services, Revit family creation services, and final shop drawings, we offer intelligent solutions that capture every aspect of your design and build through better construction documentation.

The very best methods available

There are several ways we deliver on our promise of greater team coordination by ensuring effective scheduling, better collision detection and better conflict coordination, visualization, and walkthrough creations, among other things. Because we are BIM thinking leaders, we can help you get the most out of your investments.

We make use of the most cutting-edge technologies available, allowing you to correctly calculate and measure numbers. With our data-driven approach, you can produce estimates, analyze, solve problems of material wastage, etc. and consistently execute high-quality projects to create value for your clients.. for your business..

Building Information Modeling (BIM) is a novel method to the design and documentation of various building projects. This digital representation of a facility’s physical and operational attributes is an intelligent digital depiction of the facility.

Modern BIM technology permits designers and installers to have a holistic perspective of all aspects of a construction project’s actual components.

Architects, software developers, engineers, management consultants, and designers make up the BIM Modeling Services team, which offers a wide range of expertise and holistic solutions to your design challenges.

An AEC professional’s insight and tools are provided to plan, design, construct, and manage structures and infrastructure. This is why Design Management Services and BIM go hand in hand (DMS).

Building Information Modeling (BIM) promotes interoperability, flexibility and customisation. Your project will be completed more quickly and more efficiently, ensuring the highest possible return on your investment.

The use of specific tools or technology is not enough to reap the benefits of BIM. Working with the proper technology partner is also critical if you want to realize these and other benefits. We are a trusted BIM Consultant for some of the world’s most famous building projects.

the development of a cooperative road map to provide the best BIM modeling and coordination services possible

With Our Online Master’s Degree, you can reach your goals.

Aside from making the design and building process more efficient, BIM allows teams to collect data that may be used for future operations and maintenance. Since BIM mandates are on the rise, this is why.


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